-
```
Attempting to solve the following system
>>> def sys(x, y):
mu = mpf("0.012277471")
mup = 1 - mu
d1 = ((y[0] + mu)**2 + (y[2])**2)**(3.0/2.0)
d2 = ((y[0] - mup)**2 …
-
```
Attempting to solve the following system
>>> def sys(x, y):
mu = mpf("0.012277471")
mup = 1 - mu
d1 = ((y[0] + mu)**2 + (y[2])**2)**(3.0/2.0)
d2 = ((y[0] - mup)**2 …
-
```
Attempting to solve the following system
>>> def sys(x, y):
mu = mpf("0.012277471")
mup = 1 - mu
d1 = ((y[0] + mu)**2 + (y[2])**2)**(3.0/2.0)
d2 = ((y[0] - mup)**2 …
-
```
Attempting to solve the following system
>>> def sys(x, y):
mu = mpf("0.012277471")
mup = 1 - mu
d1 = ((y[0] + mu)**2 + (y[2])**2)**(3.0/2.0)
d2 = ((y[0] - mup)**2 …
-
**Second-order lambda calculus (System F)**: Soloviev should make F with subtyping a separate entry.
**Preferential Tableaux Calculi TP^T**
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I'm trying to use pins2lts-sym for CTL model checking and encountered two significant shortcomings:
1) Apparently, only state slots can be referenced in a CTL formula. Ideally, I'd like to be able to…
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Where can I get the source code?
Axure updated
7 years ago
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- https://robert.ocallahan.org/2020/08/what-is-minimal-set-of-optimizations.html
- https://www.quora.com/Software-systems-are-becoming-more-complex-highly-heterogeneous-therefor-they-require-better-m…
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Define the lognormal density starting from the normal:
```
var("mu", domain="real")
var("y, m, s, sigma", domain="positive")
dnorm(x, mu, sigma) = e^(-(x-mu)^2/(2*sigma^2))/(sigma*sqrt(2*pi))
dlnor…